VLife Products enable discovery research varying significantly in terms of objectives and available information. On the other hand, VLife Services cater to a wide cross section of research driven sectors and is exposed to diverse requirements. In the quest to obtain accurate results and develop a robust research hypothesis in the shortest possible time, VLife continuously innovates. Given this, all VLife's technology innovations have a strong practical relevance to real challenges.

Areas of innovation: The technology innovation at VLife is in areas of research methodologies, algorithms, workflows and their optimized implementation to create high performance software.. These innovations expand the choice for exploration of chemical and biological domains, enable extensive ‘what-if’ analysis and precise decision making.

Accessibility: Most VLife innovations are accessible to clients of VLife products through standard inclusions or optional add-on's. while innovations like virtual screening over supercomputing infrastructure are available to clients through VLife services.

VLife is always open to collaborate and eager to assist researchers in converting their innovative idea into usable software.

The focus of VLife's innovations is on providing handle to researchers to maximise probability of translation of computational research into the laboratory. Some key drivers of innovation at VLife are:

High practical relevanceAs service provider to variety of research driven sectors exposes VLife to a vast range of research objectives & available information at the start. To successfully deliver in such varied landscape requires VLife's technologies to be result oriented and relevant to practical challenges.

Better handle for design optimizationThe ultimate interest in discovery research is to get that optimal molecule which serves research objective. It is therefore VLife's belief that its technologies must provide as specific design optimization clues as possible to researchers.

Higher predictive accuracyWe believe that primary expectation from research technologies is translation of its output in the lab. Therefore, we are focused at weeding out false positives & negatives.